Combat simulation scheme design and operation method based on decision point and branch simulation

Abstract

The invention discloses a combat simulation scheme design and operation method based on decision point and branch simulation, the combat simulation scheme comprises a decision point and a plurality ofdecision branches behind the decision point, the decision point comprises a decision point trigger event, and the decision point trigger event comprises an event which greatly affects the subsequentbattle action; the decision-making branches are a plurality of scheme branches behind the decision-making point, and each scheme branch forms an action sequence by a series of mutually independent combat action units according to a certain time sequence and condition relationship. In a combat scheme deduction process, various battlefield uncertainty factors are integrated; different schemes are generated to execute the process branches; different execution results are deduced, the feasibility and efficiency of the combat scheme are comprehensively analyzed, key actions and weak links of the combat scheme are optimized and analyzed, the combat scheme deduction efficiency is greatly improved, the evaluation result is optimized, the simulation evaluation time is shortened, and a basis and conditions are provided for commanders to achieve enemy actions and imminent decisions.

Description

technical field [0001] The invention relates to the field of simulation, in particular to a design and operation method for combat deduction based on decision point and branch simulation, so as to find the optimal combat method. Background technique [0002] Combat plan deduction refers to the process of rehearsing and analyzing the combat deployment and the state of combat operations in each combat stage in the combat plan according to the combat intention, sequence and process stipulated in the combat plan before or during the implementation of the combat action. In order to clarify the combat mission, analyze the combat plan, test the combat plan, and estimate the combat effect, it is necessary to carry out combat plan simulation and deduction before the implementation of combat operations. Experimental methods such as evaluation and optimization are used to study changes in key elements of operational plans, battle results and changes in risks, and through qualitative an...

AI Technical Summary

Problems solved by technology

[0003]Traditional combat plan deduction methods include empirical analysis, computer simulation, map (sand table, on-site) deduction method and actual military inspection method, etc., mostly based on Traditional methods such as static and careful preset schemes, lack of dynamic adjustment interaction mechanism, and serial simulation are difficult to meet the realistic needs of commanders with limited decision-making time under the conditions of informatization, complex and changeable battlefield conditions

[0004]In actual combat, there are various uncertain factors in the battlefield, including weather, ocean, electromagnetic, commander's fighting will, and enemy commander's command characteristics Wait, this may have an impact on the combat methods of both the enemy and us, resulting in different combat results. Therefore, how to generate different deduction branches based on different situations, and conduct deduction based on multiple samples, so as to obtain the optimal combat plan. Improving combat efficiency, optimizing evaluation results, and reducing simulation time have become technical problems that need to be solved urgently in existing technologies

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